Home > Workload Solutions > Virtual Desktop Infrastructure > White Papers > Technical White Paper—VDI Graphics Acceleration on a Dell MX7000 Modular Chassis > Test environment
This section describes the hardware and software components that we used to validate the solution.
We built a three-node VMware vSAN cluster using Dell EMC MX740c compute sleds for this testing, as shown in the following table:
Node number | Use | Model |
Node1 | Management | MX740c |
Node 2 | Compute | MX740c |
Node 3 | Workstation testing performed by our partner, Amulet Hotkey. See Appendix B: Amulet Hotkey Modular Workstation–Data Center Optimized. | MX740c |
The following table shows the hardware components that we used in the solution configuration:
Enterprise platform | CPU | Memory | RAID controller | Drive config | Network | GPU |
MX740c | Intel Xeon Gold 6254 (18 Core @ 3.10 GHz) | 384 GB @2933 MT/s | Dell HBA 330 Adapter | 2 x 120 GB M.2
1x 800 GB SSD (WI)
2x 1.92 TB SSD (RI) | Qlogic 25 GbE 2P rNDC | 2 x NVIDIA T4 GPU cards per compute sled |
The following table lists the software component version details:
Component | Description/version |
Hypervisor | VMware vSphere ESXi 6.7 U3 |
Broker technology | VMware Horizon 7.10.1 |
Broker database | Microsoft SQL 2014 |
Management VM operating system | Microsoft Windows Server 2016 |
Virtual desktop operating system | Microsoft Windows 10 Enterprise 64-bit 1803 |
Office application suite | Microsoft Office 2016 Professional Plus |
Test Software | NVIDIA nVector (SPECviewperf 13) + nVector Lite 1.0 |
Thin Client (End Point) | Dell Wyse 5070 WIE10 1809 + Pentium Silver J5005 processor (4C @ 1.5 GHz, 10W TDP) |
The following table shows the configuration of the VDI virtual workstation VM:
vCPUs | ESXi memory configured | NVIDIA vGPU profile | Screen resolution | Operating system |
6 | 32 GB | T4-8Q | 1920 X 1080 | Windows 10 Enterprise 64-bit |